1273002 九、發明說明： 【發明所屬之技術領域】 - 本發明係有關於一種『手工具量測結構』，特別是關於一種可 提南應變規靈敏度之設置方式，以增加扭力值量測準碟性之手工 具者。 【先前技術】 按’目前民幕親自動手佈置家中的D ϊ γ風氣日盛，再加上 春國内手工具發展係已相當成熟穩定，其中不論是產品種類或是結 構品質’更榮獲_外-致肯定’手卫具生產業界這幾年來為了 使-般消費大幕在個時更容壯手，於是各種易於操作或附帶 人性化功能的手工具亦陸續問市。 制之手工具並未設有扭力量測裝置，或雖設有扭力量測裝 置’但未能具有足夠的錄度，而無法準確的量㈣該手工具對 籲施作處螺固件之扭力及鬆緊度，因此使用者亦無法碟切的得㈣ 施作處之鬆緊度是否適中，如此對於施作處容易造成損壞，尤其 是較精密之儀器或元件則該手工具更是完全無用武之地；、 有鑑於此，坊間有廠商提出一種增加應變規靈敏度之手工具 結構’請參閱台灣專利公告第4 7 5 5 ◦◦號，『可測試扭: 棘輪扳手農置』，其主要係利用在手工具上設置圓弧形凹槽 该凹槽成麵力集巾處，並將應魏設置於⑽内，藉以 變規之形變量，以便能更準確之量_扭力值；細，^雖7 1273002 在手工具之凹槽内設置應變規，但該凹槽之應力乃集中於凹槽之 側壁，但該案凹槽係為圓弧形，並不利於應變規設置，故該案係 將應變規設置於圓弧之直徑上，因此該前案並不能有效利用凹槽 來造成之應力集中於應變規之效果，且一圓形凹槽所能產生之效 果有限，因此習用之設計雖有增強該應變規靈敏度之概念，但卻 無法強其完全發揮。 續請參閱美國專利第5 5 0 3 0 2 8號，『Tool f0rmeasuring torque，such as an electronic dynamometer wrench』，該習案雖有 在手工具上鑿設一空洞，但該案係將應變規設置於手工具之外 侧，而此種设置應變規之方式亦無法有效利用該空洞所造成的應 力集中效果，且將應變規設置於外侧更容易造成損壞，而失去原 有之功效，因此此-制之手H職置設計方式亦有許多需 要改善之缺失。 因此就整體而言，習用之手工具扭力量測結構設計其可說是 相當的不具有實用性，實有加以改良之必要。 【發明内容】 本發明之主要目的係在於提供—種手工具量·構，其可改 善習用之手工具紐量測扭力值，或量_之扭力值不準確等等 為達成前述之㈣目的，本發__在扳手福本體 持部以及扳動部間設置凹槽，並在凹槽之前、後端形成缺部，= 1273002 ㈣、使5細槽更能成為應力針處，令設置於凹槽内之 ^產生形變，而應變規形變時所改變之電阻值，則透過 二算出其所受到之扭力值，並將該扭力值顯示供 5U缺部之設置使整合元件可更錄的由應變規偵 f值广免使用者因實際扭力值與制之扭力值有所誤 2而w成細作日^•不必要之損壞或故障，因此本發明實是一種相 虽具有實祕錢纽之㈣，相當贿產㈣來雜，並公諸 於社會大眾。 【實施方式】 本七月係有關於-種手I具量測結構，請參閱第—圖至第三 圖所示，這種手工具量測結構其主要係包括-手工具本體（i ); 該手工具本體（1)係具有—握持部（1㈤，且該握持部（！ 0 )係向祕端分別延伸丨―板動部（2 〇 )，該板_ 係具有狀扳轉_件（3)之扳_(21); 該握持部（1〇)靠近扳動部（2 〇)之處係馨設有一凹槽 (1 1) ’該凹槽（1 i )係呈幾何形狀’而凹槽（⑴之二 後端則分別設有-缺部（12)，藉該缺部（12)使應力^ 之狀況更為明顯，而凹槽（1肉目丨丨—Μ撕 丄1)内貝J在一側壁貼合一應變規 3) ’另在=部（1Q)上設置-整合元件（14)並與應變 規（13) Α電性連結，該整合元件（工4)上係設有一頌 (15)以及調整按紐（16)，因此當使用者以扳動部咖綦) 1273002 之扳動頭（21)扳轉螺固件（3)時，該設置於凹槽（丄丄） .内之應變規（13)係因凹槽（11)以及缺部（12)之設計， —而承$更多的應力，因此具有較佳之形變量與靈敏度，當應變規 (13)受力而產生形變時，該應變規（13)之電阻值將產生 夂化’而整合兀件（14)係可由應變規（丨3)之電阻值變化 而偵測出該手工具本體（1)扳動部（2 0)所承受之扭力值大 小:並顯示於整合元件（i 4)之顯示幕（丄5)供使用者參考， 而件（1 4)上另設有調整按扭制以做單位調整或歸 零、校正等設定； 本發明在使用時係如第三圖所示，將手卫具本體（丄）前端 扳動部（2 0)之扳動頭（2工）套設於螺固件（3)之上，手 持握持部（1 Q )而施力扳轉該_件（3 )，而在扳動該螺固 件⑶時，手工具本體⑴齡承受使用者手部之板轉力道， 且該手工具本體⑴在握持部（i Q )係設有凹槽（， 因此凹槽（11)該處係應力集中處，再加上該凹槽（^丄 後兩端係分別設有-缺部（12)，故該凹槽（11)處之結構 車^扭曲，而貼設於,（⑴内之應變規（i _更容 顯著…:::而二因此•變規(13)之形變量較為 顯H合讀（14)錢過應魏（13 而侧計h扭力者，邮可场提抽力量測之 = 因不準確之扭力值祕導了朗者施作時之 2 1273002 良後果。 ~ 明芩閱第四圖所示，其係本發明手工具量測結構第二實施 ~ 、 一中主要元件與弟一實施例相同者，諒此不再贅述，如下僅 ^不同結構敘述之，為使本發明手工具量泰構更具準確性，亦 可在雜持部（1 Q )凹槽（1 1)内侧四壁上設置應變規（1 3) ’令整合it件（14)可由該四應賴（13)並應用全橋 式配置崎算出最準叙扭力值，明應不同使㈣合之需求， 並增進市場競爭力者。 明茶閱第五圖所示，其係本發明手工具量測結構第三實施 例，其中主要树與第—實關相同者，舰不再贅述，如下僅 就不同結構敘述之，為使本發明手卫具制結構更鱗確，亦可 在"亥凹槽（1 1)内固設一板體（1 7 )，該板體（1 7 )係可 以金屬材質製成而稍具延展性，亦可以塑膠材質制成而具有彈 >性，並將應變規（13)設置於該板體（17)上，令該應變規 (13)在手工具本體（1)受力時隨該板體（17)變形，以 提昇扭力值量測之靈敏性。 口月茶閱第六圖所示，其係本發明手工具量測結構第四實施 例其中主要兀件與第一實施例相同者，隸此不再資述，如下僅 就不同結構敘述之，該凹槽（11)之缺部（12)亦可設置於 左右兩側，而達到增加靈敏度之功效者。 由上所述者僅為用以解釋本發明之較佳實施例，並非企圖據 1273002 以對本發明做任何形式上之限制，是以，凡有在相同之發明精神 _下所做有關本發明之任何修飾或變更者，皆仍應包括在本發明意 圖保護之範疇内。 綜上所述’本發工具量·構在結構設計、使用實用性 及成本效益上，確實是完全符合產業上發展所需，且所揭露之結 構發明亦是具有前所未有_新構造，所以其具有「翻性」應 無疑慮’林發明可較之習知結構更具魏之增進，因此亦且有 「進步性」，其完全符合_專利法有瞻明專利之申請要件的 規定’乃依法提起專利申請，並敬請肖局早日審查，並仏予止 1273002 【圖式簡單說明】 第一圖係本發明手工具量測結構外觀立體示意圖。 第二圖係本發明手工具量測結構外觀俯視圖。 第三圖係本發明手工具量測結構使用狀態示意圖。 第四圖係本發明第二實施例外觀俯視圖。' 第五圖係本發明第三實施例外觀俯視圖。 第六圖係本發明第四實施例外觀俯視圖。1273002 IX. Description of the invention: [Technical field to which the invention pertains] - The present invention relates to a "hand tool measurement structure", in particular to a setting method for stimulating the sensitivity of a strain gauge to increase the torque value measurement Sexual hand tools. [Previous technology] According to the current screen, D ϊ γ 风 日 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , - Affirmed that the handicraft manufacturing industry has been making it more powerful in the past few years, so that various hand tools that are easy to operate or with humanized functions are also being asked. The hand tool does not have a twisting force measuring device, or it has a twisting force measuring device, but it does not have sufficient recording, and it cannot accurately measure the amount of torque of the hand tool. The tightness, so the user can not cut the disc (4) The tightness of the application is moderate, so it is easy to cause damage to the application, especially the more sophisticated instruments or components, the hand tool is completely useless; In view of this, some manufacturers have proposed a hand tool structure that increases the sensitivity of strain gauges. Please refer to Taiwan Patent Notice No. 4 7 5 5 ,, "Testable Twist: Ratchet Wrench Farming", which is mainly used in hand Set the arc-shaped groove on the tool. The groove is placed at the surface of the towel. It should be placed in (10), so that the variable shape can be changed to make the _ torque value more accurate. Fine, ^7 7273002 The strain gauge is set in the groove of the hand tool, but the stress of the groove is concentrated on the side wall of the groove, but the groove of the case is a circular arc shape, which is not favorable for the strain gauge setting, so the strain gauge is set in the case. On the diameter of the arc, due to This predecessor does not effectively use the groove to cause the stress to concentrate on the effect of the strain gauge, and the effect of a circular groove can be limited. Therefore, the conventional design has the concept of enhancing the sensitivity of the strain gauge, but it cannot be strong. It is fully played. Continued, see US Patent No. 5 5 0 0 0 8 8 "Tool f0rmeasuring torque, such as an electronic dynamometer wrench". Although the case has a hollow hole in the hand tool, the case will set the strain gauge. On the outside of the hand tool, the method of setting the strain gauge can not effectively utilize the stress concentration effect caused by the cavity, and the strain gauge is disposed on the outer side, which is more likely to cause damage and lose the original effect, so this system There are also many missing improvements in the design of the Hand H position. Therefore, on the whole, the conventional hand tool twist strength measurement structure design can be said to be quite non-practical, and it is necessary to improve it. SUMMARY OF THE INVENTION The main object of the present invention is to provide a hand tool quantity and structure, which can improve the value of the hand tool to measure the torque, or the torque value of the quantity _ is inaccurate, etc., in order to achieve the purpose of (4) above, The hair __ is provided with a groove between the body portion of the wrench body and the pulling portion, and a missing portion is formed before and at the rear end of the groove, = 1273002 (four), so that the 5 fine groove can become a stress needle at the concave position The deformation in the groove is generated, and the resistance value changed when the strain gauge is deformed is calculated by the second torque value, and the torque value is displayed for the setting of the 5U missing portion so that the integrated component can be recorded by the strain. The value of the f-value-free user is incorrect due to the actual torque value and the torque value of the system. 2 is a fine day. • Unnecessary damage or malfunction, so the present invention is actually a kind of solid money (4) It is quite a bribe (four) to be mixed and publicized to the public. [Embodiment] This July is related to the - hand I measuring structure, please refer to the first to third figures, this hand tool measurement structure mainly includes - hand tool body (i); The hand tool body (1) has a grip portion (1 (f)), and the grip portion (! 0) extends to the secret end respectively - a plate moving portion (2 〇), and the plate _ has a shape _ Piece (3) _ (21); The grip portion (1 〇) is close to the urging portion (2 〇) is provided with a groove (1 1) 'The groove (1 i ) is geometric The shape 'and the groove (the rear end of the second (1) is respectively provided with a missing portion (12), by which the condition of the stress ^ is more obvious, and the groove (1 meat mesh - Μ tear丄1) Neibei J is attached to a strain gauge on one side wall 3) 'The other part (1Q) is provided with an integrated component (14) and electrically connected to the strain gauge (13), which is integrated The upper system is provided with a cymbal (15) and an adjustment button (16), so when the user pulls the screw (3) by the squeezing head (21) of the 1273002, the setting is in the groove. (丄丄). The strain gauge (13) is due to the groove (11) and the missing part. 12) The design, which bears more stress, and therefore has better shape variables and sensitivity. When the strain gauge (13) is deformed by force, the resistance of the strain gauge (13) will be degenerated. The integrated component (14) can detect the torque value of the wrench body (1) by the change of the resistance value of the strain gauge (丨3): and is displayed on the integrated component ( i 4) display screen (丄5) for the user's reference, and the piece (1 4) is additionally provided with adjustment button to make unit adjustment or zero adjustment, correction, etc.; the invention is used as a third As shown in the figure, the wrench (2) of the front end of the hand guard (丄) is sleeved on the screw (3), and the hand grip (1 Q ) is applied. When the screw (3) is pulled, the hand tool body (1) is subjected to the plate turning force of the user's hand, and the hand tool body (1) is provided at the grip portion (i Q ) The groove (therefore, the groove (11) is where the stress is concentrated, and the groove (the rear end is provided with a missing portion (12), so the structure at the groove (11)^ Distorted, and affixed to, ((1) within the strain gauge (i _ more significant ...::: and therefore the second variable • (13) shape variable is more H-read (14) money over should Wei (13 The side of the h-torque, the postal field can be pumped to measure the strength = the inaccurate torque value is secreted by the Langer 2 2273002 good consequences. ~ Ming Yu see the fourth figure, which is the invention The second embodiment of the hand tool measurement structure is the same as the first embodiment of the hand tool. The first component is the same as the first embodiment of the hand tool. For the sake of understanding, the following is only a description of the different structures. In order to make the hand tool of the present invention more accurate, It is also possible to provide a strain gauge (1 3) on the inner wall of the groove (1 1) of the miscellaneous portion (1 Q ) so that the integrated component (14) can be applied by the four-way (13) and the full bridge configuration is applied. Calculate the most accurate torque value, and clearly meet the needs of (4) and enhance market competitiveness. Ming tea is shown in the fifth figure, which is the third embodiment of the hand tool measuring structure of the present invention, wherein the main tree is the same as the first-real one, and the ship will not be described again, as described below, only for different structures, The invention has a more compact structure, and a plate body (1 7 ) can be fixed in the "Hai groove (1 1). The plate body (1 7 ) can be made of metal material and slightly extended. The property can also be made of a plastic material and has a slick property, and the strain gauge (13) is placed on the plate body (17) so that the strain gauge (13) is applied when the hand tool body (1) is stressed. The plate body (17) is deformed to improve the sensitivity of the torque value measurement. It is shown in the sixth figure of the mouth tea, which is the fourth embodiment of the hand tool measuring structure of the present invention, wherein the main components are the same as those of the first embodiment, and will not be described again, as described below, only for different structures. The missing portion (12) of the groove (11) can also be disposed on the left and right sides to achieve the effect of increasing sensitivity. The above is only a preferred embodiment for explaining the present invention, and is not intended to limit the present invention in any way according to 127302, so that the invention can be made in the same spirit of the invention. Any modifications or alterations should still be included within the scope of the intended protection of the invention. In summary, the amount of the tool is structurally designed, practical, and cost-effective. It is indeed in full compliance with the development of the industry, and the disclosed structural invention has an unprecedented new structure, so it has "Flip" should be taken seriously. 'Lin invention can be more advanced than the conventional structure, so it is also "progressive", which is in full compliance with the provisions of the patent law. Patent application, and please look forward to the early review of the Department of the Board of Directors, and give priority to 127302. [Simple Description of the Drawings] The first figure is a three-dimensional diagram showing the appearance of the measuring tool of the hand tool of the present invention. The second figure is a top view of the appearance of the hand tool measuring structure of the present invention. The third figure is a schematic diagram of the state of use of the hand tool measuring structure of the present invention. The fourth figure is a top view of the appearance of the second embodiment of the present invention. The fifth drawing is a top view of the appearance of the third embodiment of the present invention. Figure 6 is a plan view showing the appearance of a fourth embodiment of the present invention.
【主要元件符號說明】 -手工具本體 -凹槽 -應變規 10-握持部 11 13 12-缺部 14-整合元件 15-顯示幕 17-板體 2 1-扳動頭 16-調整按鈕 2 0-扳動部 3 -螺固件[Main component symbol description] - Hand tool body - Groove - Strain gauge 10 - Grip portion 11 13 12 - Missing portion 14 - Integrated component 15 - Display screen 17 - Plate body 2 1-Pull head 16 - Adjustment button 2 0-push part 3 - screw firmware
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